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Combinatorial Libraries of Biocatalysts: Application and Screening

机译:生物催化剂组合库:应用和筛选

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摘要

Enzymes can perform intricate regioselective and / or enantioselective chemical transformations and can accelerate reaction rates by enormous factors all under mild conditions. However, enzymes almost always present problems for use on an industrial scale. Evolutionary design approaches can be applied to the generation of stable enzymes with improved or novel catalytic activities. Directed evolution can be considered as the biotechnological equivalent of combinatorial chemistry, where the expressed proteins are the combinatorial libraries of biocatalysts. This review will focus on the search of novel biocatalysts produced by genetic engineering with modified activity and stability in different environments, substrate specificity and enantioselectivity. Methods of screening and / or selection for the desired properties will also be described. Finally, the efforts in de novo enzyme design are mentioned.
机译:酶可以执行复杂的区域选择性和/或对映选择性化学转化,并且可以在温和条件下通过巨大的因素来加快反应速度。但是,酶几乎总是在工业规模上存在问题。进化设计方法可用于产生具有改进或新颖催化活性的稳定酶。定向进化可视为组合化学的生物技术等效物,其中表达的蛋白质是生物催化剂的组合文库。这项审查将侧重于由遗传工程生产的新型生物催化剂的搜索,这些催化剂在不同环境中具有改进的活性和稳定性,底物特异性和对映选择性。还将描述筛选和/或选择所需特性的方法。最后,提到了从头酶设计的努力。

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